Remote Viewing - Basic and Intermediate

Learn the fundamentals of coordinated remote viewing, one step at a time, and build a solid foundation through attention to the origin point, target arc of events, and coordinates.

Set an audible alarm to manage the 90-minute remote viewing session, guiding you through the six stages during learning, and gradually relying on your internal clock.

Enter an altered brainwave state before remote viewing by slowing to an alpha, relaxed focus in a quiet spot for at least 30 minutes, and let go of the result.

Establish contact with the target at level one by gently measuring the aperture like a peephole, then progressively expand to explore the target within the CRV protocol.

Learn how the signal line links the viewer to the target in remote viewing, register coordinates, form ideograms from the center of mass, and decode them through practice.

Explore dotted detection and decoding in remote viewing by accessing the unconscious mind through ideograms, tracing, and component analysis (A, B, C) to interpret natural, man-made, and gestalt elements.

Trust the remote viewing process, maintain structure and discipline, and rely on intent and observation, staying an observer while avoiding analytical overlay (AOL) to reveal accurate signal line information.

Explore remote viewing level two within CRV, developing verbal decoding of colors, textures, smells, tastes, temperatures, sounds, dimensional data, and energy data, while mastering center-page signal line and descriptive language.

Decode dimensional information in remote viewing as you move from level two to level three. Identify eight dimensional concepts—vertical, horizontal, diagonal, mass, arc, curve, column, density—via verbal descriptors and sketches.

Explore analytical overlay at level two in remote viewing, distinguishing true sensory data from aol, using stacking to trace how verbal and image data flow, and prepare for higher levels.

Explore the AOL unit in protocol, tracing how a single occurrence evolves through variants like drive, turnstile, and peacock, with breaks and resumed contact to interpret patterns.

Learn how movement parentheses enable controlled voluntary movement in remote viewing, using movement brackets as training wheels to navigate the target space with direction and distance while developing stability.

Explore aesthetic impact in remote viewing, recognizing when aesthetic data leaks from level four to level two and how to declare and monitor eye events to preserve accuracy.

Explore level three data detection and decoding by drawing along the signal line, embracing visual data, and remaining free yet organized as you decode insights from perceptual input.

Practice non-analytical sketching anywhere by drawing without looking and focusing on negative space and outlines to train the right brain.

Recognize analytical overlay as AOL and declare it to avoid bias, keep an open mind, and practice non-analytical sketches to improve remote viewing accuracy.

Descend through remote viewing levels at your own pace, back off to level two when needed, objectify perceptions, sketch and label data at level three to improve precision.

Master the transition from level three to level four in remote viewing by determining when to end level three, begin broader data decoding, and objectify and label observations for sharing.

Level four requires following the prescribed matrix to detect and decode data elements, maintain strict order, page layout, and a clear right-side zone for AOL, breaks, and signals.

Explore dimensional data as an autonomous dot category that initiates non-physical information flow, request mass and density, contour and orientation details, and separate aesthetic data to reveal beauty and inspiration.

Explore how emotional data and tangible data guide remote viewing, decoding emotional energy from places and objects, grounding techniques, and the distinction between AOL and hard dot in CRV.

Explore intangible data within the level four framework, describing abstract target elements and decoding analytical overlay signal, distinguishing fixed images from imaginative AOL data, and preparing for level five.